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  • Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board
  • Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board
  • Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board
  • Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board
  • Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board
  • Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board
Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board

Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board

  • >= 2000 Pieces
    $0.72

Customization:

Circuit design(Min.Order: 8000000000 pieces)
Software design(Min.Order: 8000000000 pieces)
ARM OR MCU development (Min.Order: 8000000000 pieces)
Driver utilities develop(Min.Order: 8000000000 pieces)

Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Perfect Binding Control: Designed to manage and optimize the operational functions of home appliances, such as temperature regulation, power distribution, and system monitoring.
  • Multi-Component Integration: Equipped with hybrid through-hole and surface-mount components (e.g., microcontrollers, resistors, capacitors) to ensure robust performance and adaptability for complex electronic systems.

Key features

  • 1. Material Technology

  • With flame-retardant FR4 material and UL 94V0 certification, you can ensure enhanced safety and durability in home appliances. ~30% more flame-resistant than standard PCBs*.

  • 2. Interactive Design

  • With a hybrid component layout (through-hole and surface-mount) and multiple connectors, you can seamlessly integrate into Tecno Spark systems for streamlined assembly. Reduces installation time by ~20%* compared to non-hybrid designs.

  • 3. Performance Parameters

  • With optimized design for the Tecno Spark 6 Go, you can achieve faster processing speeds and stable operation. Delivers 25% quicker response times* under standard home-use conditions.

  • 4. Scenario Solutions

  • With a design tailored for home appliances, you can ensure reliable performance in daily use environments. Maintains functionality in varied household conditions, unlike commercial-grade PCBs that may overcomplicate home setups*.

  • 5. Certification Standards

  • With compliance to UL 94V0 (flame resistance) and RoHS (eco-friendly materials), you can meet strict safety and environmental regulations. Exceeds industry benchmarks by 15%* in compliance testing.

Product details

Atx 94v0 Fr4 Circuit Must Pv 3300 Perfect Binding Control Mother Board For Tecno Spark 6 Go printed circuit board

The ATX 94V0 FR4 Circuit Must PV 3300 Perfect Binding Control Mother Board is a robust PCB designed for home appliance applications. Featuring a flame-retardant 94V0 rating, FR4 material, and precise PV 3300 binding control, it ensures safety, durability, and reliable performance in consumer electronics. The board integrates hybrid component mounting (through-hole and SMD) and multi-connector interfaces for versatile system integration.

Technical specifications

FeatureSpecificationBenefit
MaterialFR4 epoxy laminateHigh thermal stability and dimensional stability
Flame ResistanceUL 94V0Meets safety standards for household use
Binding ControlPV 3300 precision bindingEnsures accurate mechanical/electrical alignment
Connectivity8-pin power/data connectorsSupports modular system integration
Component Density250+ SMD/through-hole componentsEnables complex circuit functionality

Customization guide

Adjustable parameters include:

  • Component Density: Optimize for space-constrained appliances (e.g., compact smart devices).
  • Connector Type/Count: Customize interfaces for specific power/data protocols.
  • Thermal Design: Modify heat dissipation paths for high-power applications.

Get inspired

This PCB is ideal for smart home appliances requiring reliable control systems, such as IoT-enabled kitchen devices, HVAC controllers, or energy-efficient home automation modules. Its hybrid component design balances performance and cost-effectiveness, while the 94V0 rating ensures compliance with global safety standards.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Thermal Resistance1.2 W/m·K+20% (1.44 W/m·K)+35% (1.62 W/m·K)*
Component Density200 components250 components300+ components
CertificationsUL 94V0UL + CEUL + CE + RoHS + FCC

Supplier's note

  1. Technical Breakthroughs:

    • The 94V0 flame rating ensures compliance with stringent home appliance safety regulations.
    • PV 3300 binding control reduces mechanical misalignment by 40%, enhancing long-term reliability.
    • FR4 material provides 20% higher thermal resistance than standard PCB laminates, extending lifespan in high-heat environments.
  2. Version Selection Guidance:

    • Base Model: Suitable for basic appliances (e.g., traditional kitchen devices) requiring foundational functionality.
    • Advanced Model: Ideal for smart home systems needing enhanced connectivity (e.g., IoT-enabled HVAC controllers) with global certifications (CE).
    • Pro Model: Recommended for premium appliances (e.g., high-power robotic vacuums) demanding extreme durability and compliance with multiple international standards.

Example Use Case: The Pro Model’s RoHS certification and 35% improved thermal resistance enable deployment in EU-regulated markets, while its high component density supports advanced AI-driven home appliances.

Frequently asked questions

  • Which PCB model is best suited for small home appliance applications like the Tecno Spark 6 Go?

  • How do I clean and maintain the Atx 94v0 FR4 PCB to prevent component damage?

  • What are the advantages of FR4 material over FR2 in home appliance PCBs?

  • Can the Atx 94v0 PCB be customized for specific home appliance control systems?

  • Is the Atx 94v0 PCB compliant with safety standards for home appliances?

  • How does the Perfect Binding Control feature enhance the Tecno Spark 6 Go motherboard?

  • What connectors does the Atx 94v0 PCB use for seamless integration with home appliances?

  • What makes the Atx 94v0 PCB durable for high-usage home appliance environments?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material & Flame ResistanceIndustrial appliances, high-heat environmentsIndustry Standard: UL 94 V-2 rated FR4 (1.6 mm thickness)
Our Base: UL 94 V-0 rated ATX 94V0 FR4 (1.6 mm)
Our Advanced: UL 94 V-0 + 10% enhanced thermal stability (1.8 mm)
Advanced: Withstands 20% higher thermal stress (per ASTM E1461)Advanced: 15% heavier than Base (due to thicker substrate)
Signal IntegrityHigh-speed data systems (e.g., smart appliances)Industry Standard: 100 MHz impedance control
Our Base: 150 MHz ±10%
Our Advanced: 200 MHz ±5% (with impedance profiling)
Advanced: 2x lower signal loss in IoT devices (per IEC 61130)Advanced: 30% higher cost due to precision etching
Thermal ManagementHigh-power appliances (e.g., coffee makers)Industry Standard: 1.4 W/mK thermal conductivity
Our Base: 1.6 W/mK (ISO 22007-2)
Our Advanced: 2.0 W/mK + embedded cooling vias
Advanced: 25% faster heat dissipation (per ASTM D5470)Advanced: Requires larger chassis for cooling vias
Connector DensityModular appliances (e.g., smart kitchens)Industry Standard: 20 connectors/board
Our Base: 30 connectors (IEC 60207)
Our Advanced: 40 connectors + hybrid mounting ▲
Advanced: 70% more I/O flexibility for multi-device integrationAdvanced: 20% higher assembly complexity
CustomizationBespoke home appliances (e.g., BUNN-O-MATIC machines)Industry Standard: Limited to standard component layouts
Our Base: 50+ customizable footprints
Our Advanced: Full hybrid design (SMD + through-hole) ▲
Advanced: 40% faster prototyping (per IPC-2221)Advanced: Requires specialized assembly tools
EMI Noise ReductionNoise-sensitive environments (e.g., hospitals)Industry Standard: 45 dBA (C-weighted)
Our Base: 40 dBA (IEC 61130)
Our Advanced: 35 dBA + shielded layers ▲
Advanced: Quieter than a whisper (35 dBA vs. 45 dBA industry)Advanced: Adds 10% to board area for shielding

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